This paper introduces a method for learn-ing to find translation of a given source term on the Web. In the approach, the source term is used as a query and part of patterns to retrieve and extract transla-tions in Web pages. The method involves using a bilingual term list to learn source-target surface patterns. At runtime, the given term is submitted to a search engine then the candidate translations are ex-tracted from the returned summaries and subsequently ranked based on the surface patterns, occurrence counts, and translit-eration knowledge. We present a proto-type called TermMine that applies the method to translate terms. Evaluation on a set of encyclopedia terms shows that the method significantly outperforms the state-of-the-art o...
Documents in languages such as Chinese, Japanese and Korean sometimes annotate terms with their tran...
The purpose of this paper is to automatically create multilingual translation lexicons with regional...
In this paper, we describe a method of automatic extraction of knowledge patterns using in term desc...
We introduce a method for learning to find domain-specific translations for a given term on the Web....
International audienceThe quality of machine translation is often dependent on the quality of lexica...
In recent years, state-of-the-art cross-linguistic systems have been based on parallel corpora. Neve...
We present a method for learning to find English to Chinese transliterations on the Web. In our appr...
The SCATE (Smart Computer-Assisted Translation Environment) research project is a multidisciplinary ...
Contemporary machine translation systems usually rely on offline data retrieved from the web for ind...
This paper addresses the problem of categorizing terms or lexical entities into a predefined set of ...
Mining translations from abundant Web data can be applied in many fields such as computer assisted l...
This prototype demonstrate a novel method for learning to find transliterations of proper nouns on t...
This paper proposes a novel approach to automating the construction of transliterated-term lexicons....
Mining bilingual data (including bilingual sen-tences and terms 1) from the Web can benefit many NLP...
Documents in languages such as Chinese, Japanese and Korean sometimes annotate terms with their tran...
Documents in languages such as Chinese, Japanese and Korean sometimes annotate terms with their tran...
The purpose of this paper is to automatically create multilingual translation lexicons with regional...
In this paper, we describe a method of automatic extraction of knowledge patterns using in term desc...
We introduce a method for learning to find domain-specific translations for a given term on the Web....
International audienceThe quality of machine translation is often dependent on the quality of lexica...
In recent years, state-of-the-art cross-linguistic systems have been based on parallel corpora. Neve...
We present a method for learning to find English to Chinese transliterations on the Web. In our appr...
The SCATE (Smart Computer-Assisted Translation Environment) research project is a multidisciplinary ...
Contemporary machine translation systems usually rely on offline data retrieved from the web for ind...
This paper addresses the problem of categorizing terms or lexical entities into a predefined set of ...
Mining translations from abundant Web data can be applied in many fields such as computer assisted l...
This prototype demonstrate a novel method for learning to find transliterations of proper nouns on t...
This paper proposes a novel approach to automating the construction of transliterated-term lexicons....
Mining bilingual data (including bilingual sen-tences and terms 1) from the Web can benefit many NLP...
Documents in languages such as Chinese, Japanese and Korean sometimes annotate terms with their tran...
Documents in languages such as Chinese, Japanese and Korean sometimes annotate terms with their tran...
The purpose of this paper is to automatically create multilingual translation lexicons with regional...
In this paper, we describe a method of automatic extraction of knowledge patterns using in term desc...